Rotation-pipe-shaped object cleaning device

Abstract

The invention discloses a rotation-pipe-shaped object cleaning device which comprises a reactor, a water containing tank for containing clean water, and a centralization type ultrasonic wave system, wherein a rotation-pipe-shaped object to be cleaned is inserted in the reactor; the centralization type ultrasonic wave system is matched with the water containing tank to perform ultrasonic cleaning on a part, inserted in the reactor, of the rotation-pipe-shaped object to be cleaned; the centralization type ultrasonic wave system is inserted into the reactor; the water containing tank is communicated with the water inlet of the reactor by a hose; the water outlet of the reactor is formed above the water containing tank; and a water pump connected with the hose is arranged in the water containing tank. According to the rotation-pipe-shaped object cleaning device, the clean water is used as a detergent; after the matching of the ultrasonic wave system, the rotation-pipe-shaped object is cleaned in a continuous sectional type ultrasonic cleaning manner; no chemical agent is used in the cleaning process, so that the rotation-pipe-shaped object cleaning device has the advantages of being free of pollution and discharging, and capable of achieving all-around cleaning without dead corners; and simultaneously the cleaning can be integrated with a processing procedure of the rotation-pipe-shaped object in one step, so that the carrying and damage of the rotation-pipe-shaped object are reduced.

Description

technical field [0001] The invention relates to a cleaning device for rotating tubular objects. Background technique [0002] At present, for most of the machined parts, due to the use of coolants and lubricants during machining, pollutants are formed on the machined surface after machining. Therefore, it is necessary to use chemical agents for cleaning (for example: strong acid, strong alkali or special chemicals, etc.) to remove pollutants from the surface of the workpiece, but this also creates the problem of subsequent secondary pollution discharge. [0003] In order to avoid the secondary pollution caused by the use of chemical agents, there are also high-temperature hot water and high-temperature and high-pressure steam that consume a lot of energy to clean pollutants, or use purely physical ultrasonic waves to clean micro-pollutants, which have excellent effects, but At present, the parts to be cleaned are mostly placed in the water tank for batch cleaning, and becau...

AI Technical Summary

Problems solved by technology

Therefore, it is necessary to use chemical agents for cleaning (such as: strong acid, strong alkali or special chemicals, etc.) to remove pollutants from the surface of the workpiece, but this also creates a problem of subsequent secondary pollution discharge

[0003] In order to avoid the secondary pollution caused by the use of chemical agents, there are also high-temperature hot water and high-temperature and high-pressure steam that consume a lot of energy to clean pollutants, or use purely physical ultrasonic waves to clean micro-pollutants, which have excellent effects, but At present, the parts to be cleaned are mostly placed in the water tank for batch cleaning, and because the ultrasonic transducer is installed outside the water tank, the ultrasonic energy in the water tank is blocked, attenuated and dispersed, resulting in poor energy efficiency conversion and cleaning problems. Dead spaces, especially those with surface structures to be cleaned, e.g. finned tubes

In addition, when cleaning the processed parts, most of them are separated from the machining process at present, so the processed parts need to be moved multiple times. For those processed parts with soft appearance, it is very easy to cause damage due to multiple handling. Deformation, e.g. aluminum fins on the outside of a finned tube

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